The Maxim Integrated Products MAX40056 is a bidirectional current-sense amplifier with an input common-mode range that extends from -0.1V to +65V together with protection against negative inductive...
Bidirectional, Compact, Current-Sense Solution Total Output Error Less than 1.5% Selectable Gain of 50V/V or 100V/V Wide 1.35V to 24V Common-Mode Range Independent of Supply Voltage 2.7V to 24V Sin...
Power Supply Type = Single Typical Single Supply Voltage = 3 → 28 V Minimum CMRR = 90 (Typ.)dB Number of Channels per Chip = 1 Output Type = Voltage Maximum Supply Current = 1.2 mA Mounting Type = ...
Power Supply Type = Single Typical Single Supply Voltage = 4.5 → 76 V Minimum CMRR = 100dB Number of Channels per Chip = 1 Output Type = Voltage Maximum Supply Current = 190 μA Mounting Type = Surf...
Ideal for High-Voltage Current Monitoring Applications Wide 4.5V to 76V Input Common-Mode Range Independent Operating Supply Voltage High Accuracy and Low Quiescent Current Support Precision Applic...
Ideal for High-Voltage Current Monitoring Applications Wide 4.5V to 76V Input Common-Mode Range Independent Operating Supply Voltage High Accuracy and Low Quiescent Current Support Precision Applic...
Ideal for High-Voltage Current Monitoring Applications Wide 4.5V to 76V Input Common-Mode Range Independent Operating Supply Voltage High Accuracy and Low Quiescent Current Support Precision Applic...
Ideal for High-Voltage Current Monitoring Applications Wide 4.5V to 76V Input Common-Mode Range Independent Operating Supply Voltage High Accuracy and Low Quiescent Current Support Precision Applic...
Power Supply Type = Single Typical Single Supply Voltage = 3 → 28 V Minimum CMRR = 90 (Typ.)dB Number of Channels per Chip = 1 Output Type = Voltage Maximum Supply Current = 1 mA Mounting Type = Su...
Power Supply Type = Single Typical Single Supply Voltage = 3 → 28 V Minimum CMRR = 90 (Typ.)dB Number of Channels per Chip = 1 Output Type = Voltage Maximum Supply Current = 1 mA Mounting Type = Su...
Power Supply Type = Single Typical Single Supply Voltage = 2.7 → 28 V Minimum CMRR = 85 (Typ.)dB Number of Channels per Chip = 1 Output Type = Voltage Maximum Supply Current = 60 μA Mounting Type =...
Power Supply Type = Single Typical Single Supply Voltage = 3 → 28 V Minimum CMRR = 90dB Number of Channels per Chip = 1 Output Type = Buffered Maximum Supply Current = 2.2 mA Mounting Type = Surfac...
Supports Use of Small Current-Sense Resistors to Improve Power-Supply Conversion Efficiency and Measurement Accuracy Input Bias Current of 80nA (max) Very Low 2μV Input Offset Voltage (MAX44284F/H)...
Power Supply Type = Single Typical Single Supply Voltage = 1.7 → 5.5 V Minimum CMRR = 91.3dB Number of Channels per Chip = 1 Output Type = Voltage Maximum Supply Current = 41.5 μA Mounting Type = S...
Power Supply Type = Single Typical Single Supply Voltage = 1.7 → 5.5 V Minimum CMRR = 91.3dB Number of Channels per Chip = 1 Output Type = Voltage Maximum Supply Current = 41.5 μA Mounting Type = S...
Reduce Protective Clamping for High Inductive Kickback Voltage -20V to +75V Input Common-Mode Voltage Range Supports Wide Range of Precision AC and DC Current Sensing Applications Uni- or Bidirecti...
Power Supply Type = Single Typical Single Supply Voltage = 4.5 → 5.5 V Minimum CMRR = 96dB Number of Channels per Chip = 1 Output Type = Rail to Rail Maximum Supply Current = 2.2 mA Mounting Type =...
Power Supply Type = Single Typical Single Supply Voltage = 5 V Minimum CMRR = 100dB Number of Channels per Chip = 1 Output Type = Rail to Rail Maximum Supply Current = 80 μA Mounting Type = Surface...
The NCS199A1R is a voltage output current shunt monitor (also called current sense amplifier) which can measure voltage across shunts at common-mode voltages from -0.3 to 26V, independent of supply...
The NCS199A2R is a voltage output current shunt monitor (also called current sense amplifier) which can measure voltage across shunts at common-mode voltages from -0.3 to 26V, independent of supply...
Power Supply Type = Single Typical Single Supply Voltage = 2.2 → 26 V Minimum CMRR = 100dB Number of Channels per Chip = 1 Output Type = Rail to Rail Maximum Supply Current = 60 μA Mounting Type = ...
The NCS199A3R is a voltage output current shunt monitor (also called current sense amplifier) which can measure voltage across shunts at common-mode voltages from -0.3 to 26V, independent of supply...
Power Supply Type = Single Typical Single Supply Voltage = 2.2 → 26 V Minimum CMRR = 100dB Number of Channels per Chip = 1 Output Type = Rail to Rail Maximum Supply Current = 60 μA Mounting Type = ...
Power Supply Type = Single Typical Single Supply Voltage = 2.2 → 26 V Minimum CMRR = 105dB Number of Channels per Chip = 1 Output Type = Rail to Rail Maximum Supply Current = 60 μA Mounting Type = ...
Wide common mode input range -0.3 V to 26 V Low offset voltage ± 150 μV Max Low Offset Drift: 0.5 μV/°C Supply voltage range from 2.2 V to 26 V High-Side Current Sensing for High Voltage Systems Lo...
Power Supply Type = Single Typical Single Supply Voltage = 2.2 → 26 V Minimum CMRR = 105dB Number of Channels per Chip = 1 Output Type = Rail to Rail Maximum Supply Current = 60 μA Mounting Type = ...
The NCS211R and NCV211R are voltage output, current sense amplifiers that can measure voltage across shunts at common−mode voltages from −0.3 V to 26 V, independent of supply voltage. With a fixed ...
Power Supply Type = Single Typical Single Supply Voltage = 5 V Minimum CMRR = 105dB Number of Channels per Chip = 1 Output Type = Rail to Rail Maximum Supply Current = 80 μA Mounting Type = Surface...
The NCS211R and NCV211R are voltage output, current sense amplifiers that can measure voltage across shunts at common-mode voltages from -0.3 V to 26 V, independent of supply voltage. With a fixed ...
Power Supply Type = Single Typical Single Supply Voltage = 5 V Minimum CMRR = 100dB Number of Channels per Chip = 1 Output Type = Rail to Rail Maximum Supply Current = 80 μA Mounting Type = Surface...
The NCS213R and NCV213R (AEC- Q100 qualified) are voltage output, current sense amplifiers that can measure voltage across shunts at common−mode voltages from −0.3 V to 26 V, independent of supply ...
Wide common mode input range -0.3 V to 26 V Low offset voltage ± 150 μV Max Low Offset Drift: 0.5 μV/°C Supply voltage range from 2.2 V to 26 V High-Side Current Sensing for High Voltage Systems Lo...
Power Supply Type = Single Typical Single Supply Voltage = 2.2 → 26 V Minimum CMRR = 105dB Number of Channels per Chip = 1 Output Type = Rail to Rail Maximum Supply Current = 60 μA Mounting Type = ...
Power Supply Type = Single Typical Single Supply Voltage = 1.8 → 5.5 V Minimum CMRR = 109dB Number of Channels per Chip = 1 Output Type = Rail to Rail Package Type = Micro10 Pin Count = 10
Power Supply Type = Single Typical Single Supply Voltage = 1.8 → 5.5 V Minimum CMRR = 109dB Number of Channels per Chip = 1 Output Type = Rail to Rail Package Type = Micro10 Pin Count = 10
Power Supply Type = Single Typical Single Supply Voltage = 1.8 → 5.5 V Minimum CMRR = 109dB Number of Channels per Chip = 1 Output Type = Rail to Rail Package Type = Micro10 Pin Count = 10
Power Supply Type = Single Typical Single Supply Voltage = 1.8 → 5.5 V Minimum CMRR = 109dB Number of Channels per Chip = 1 Output Type = Rail to Rail Package Type = Micro10 Pin Count = 10
Power Supply Type = Single Typical Single Supply Voltage = 1.8 → 5.5 V Minimum CMRR = 109dB Number of Channels per Chip = 1 Output Type = Rail to Rail Package Type = Micro10 Pin Count = 10
Power Supply Type = Single Typical Single Supply Voltage = 1.8 → 5.5 V Minimum CMRR = 109dB Number of Channels per Chip = 1 Output Type = Rail to Rail Package Type = Micro10 Pin Count = 10
Power Supply Type = Single Typical Single Supply Voltage = 1.8 → 5.5 V Minimum CMRR = 109dB Number of Channels per Chip = 1 Output Type = Rail to Rail Package Type = Micro10 Pin Count = 10
